DCR in children under the age of four years: Outcomes and complications
My Session Status
Authors: Kailun Jiang, Valerie Juniat, Geoff Rose, Hannah Timlin, Jimmy Uddin, Yassir Abourayyah, Swan Kang, Vijay Wagh, David Verity
Author Disclosure Block: K. Jiang: None. V. Juniat: None. G. Rose: None. H. Timlin: None. J. Uddin: None. Y. Abourayyah: None. S. Kang: None. V. Wagh: None. D. Verity: None.
Abstract Body:
Purpose: Dacryocystorhinostomy (DCR) can be associated with
peri- or post-operative epistaxis. Hemorrhage and circulatory compromise are
safety concerns for children under 2 years old who undergo lacrimal drainage
surgery. In this study, we reviewed the peri- and post-operative complications
of external DCR surgery in children under the age of 4 at a single, stand alone
ophthalmic unit.
Study Design: Retrospective case review.
Methods: This study reviewed all children under the age of 4 who
had undergone DCR surgery at a hospital site between 1998 and 2013.
Post-operative telephone survey of parents and guardians were conducted to
identify specific post-operative complications.
Results: 67 patients under the age of 4 were treated with DCR (86
DCR procedures). 61% were male. The median age was 27.5 months (range 5-48
months). Median number of probing episodes prior to DCR was 1.8 (range 1-8).
The indications for DCR included lacrimal mucocoele in 72%, epiphora in 28%
despite probing and recurrent dacryocystitis in 16%. Surgery and anaesthesia
were consultant-led in all cases. 72% of patients did not have intubation,
while 28% were intubated. Success rate (defined as resolution of mucocoele and
epiphora) following one DCR operation was 96%. 3 patients required further
surgery for persistent epiphora. 2 patients were treated for soft tissue
infection, which resolved with oral antibiosis alone. There were no peri- or
post-operative hemodynamic complications. No emergency-room attendances or
readmissions for epistaxis occurred, this was also confirmed by telephone
survey.
Conclusions: In conclusion, external DCR in an ophthalmic
stand-alone unit is safe and effective in young children when performed by
experienced surgeons and anesthetists.